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Peer reviewedLord, Thomas R. – American Biology Teacher, 1990
Described is a study which was developed to find the proportion of cross-dominance in young adults. Procedures and statistical tests are discussed. The tasks used in the assessment of cross-dominance are described. Results indicated that all persons suffered from some cross-dominance. (CW)
Descriptors: Biology, Brain Hemisphere Functions, College Science, Genetics
Peer reviewedSoliman, Abdalla M. – Journal of Creative Behavior, 1989
A study of gender-related differences in cognitive style of Kuwait University students investigated the relationship between sex roles and socialization in the Kuwaiti society and hemispheric brain functions. It is concluded that both males and females need to develop right-brain functions and that child-rearing and teaching methods should be…
Descriptors: Brain Hemisphere Functions, Cognitive Style, College Students, Comparative Analysis
Peer reviewedViney, Wayne; Woody, William Douglas – Teaching of Psychology, 1995
Maintains that, although the relation of the mind to the brain is a common topic in teaching psychology; psychogeny, the study of the mind's origin, is a neglected problem. Outlines and discusses two theories: (1) identify theory; and (2) emergentism. Presents student reactions to psychogeny. (CFR)
Descriptors: Brain Hemisphere Functions, Cognitive Psychology, Higher Education, Individual Psychology
Peer reviewedMorris, Edward J. – Teaching of Psychology, 1991
Presents a method for simulating the behavior and perceptual deficits demonstrated by patients who have undergone the split brain surgical procedure. Presents several activities in which two volunteers are required to accomplish certain tasks as one person. Suggests that these activities show how split brain patients illustrate certain lateralized…
Descriptors: Behavior Change, Brain Hemisphere Functions, Classroom Techniques, Demonstrations (Educational)
Peer reviewedHynd, George W. – Journal of Learning Disabilities, 1992
This article reviews Bakker's developmental neuropsychological model (the Balance Model) of reading development (EC 602 750), notes the need for validating research before employing these procedures in clinical practice, and raises some conceptual problems such as evidence that learning disability subtypes evolve over time. (Author/DB)
Descriptors: Beginning Reading, Brain Hemisphere Functions, Dyslexia, Elementary Education
Peer reviewedMasutto, Cristina; And Others – Journal of Learning Disabilities, 1994
This study of 38 right-handed children (age range 90 to 201 months) with dyslexia found characteristic patterns of organization of intellectual functions, of hemispheric specialization, and of reading errors in the subtypes, identified as linguistic dyslexia, perceptual dyslexia, and mixed dyslexia. (DB)
Descriptors: Brain Hemisphere Functions, Classification, Dyslexia, Error Patterns
Peer reviewedRhodes, Robert W. – Journal of American Indian Education, 1990
Among 424 Navajo and Hopi high school students, teachers, parents, and Anglo teachers, all Indian groups differed significantly from national norms in brain dominance or learning style. Mismatches between teaching styles and learning styles occurred between Anglo teachers and all Indian students and between Navajo teachers and students. Contains…
Descriptors: American Indian Education, Brain Hemisphere Functions, Cognitive Style, High School Students
Peer reviewedKorthagen, Fred A. J. – Teaching and Teacher Education, 1993
Discusses several technical, psychological, and philosophical reasons for the underestimation of reflective teaching that make use of nonrational teacher behavior. Several techniques are described for the promotion of reflection on nonrational processes, such as the use of metaphors, drawing or painting, making photographs, and guided fantasy.…
Descriptors: Brain Hemisphere Functions, Creative Thinking, Elementary Secondary Education, Higher Education
Sabatella, Maria Lucia Prado – Gifted Education International, 1999
Explores research on the concepts of intelligences and giftedness. Considers the importance of the brain, its organization and functions, different theories about intelligence and the possibility of boosting it, and changes that occur in brain structure as a consequence of the interactions between genetic traits and experiences. (Author/CR)
Descriptors: Adults, Brain Hemisphere Functions, Children, Cognitive Development
Peer reviewedCaine, Geoffrey; Caine, Renate Nummela – NASSP Bulletin, 2000
A small-group process used for self-directed, continuous professional development tries to integrate three elements: creation of a safe, risk-free, listening ambience; ongoing examination of research on brain/mind learning principles; and implementation and integration of new strategies and practices into a coherent model. (Contains 10…
Descriptors: Brain, Consultants, Elementary Secondary Education, Group Dynamics
Peer reviewedCaine, Renate Nummela; Caine, Geoffrey – NASSP Bulletin, 1998
Brain research must be carefully examined before the implications for education emerge. Getting new neuroscientific information into schools and shifting from traditional educational models is an almost impossible feat. A direct extrapolation of brain research to current educational practice is inappropriate. Also, superseded mental models of…
Descriptors: Brain, Cognitive Psychology, Educational Practices, Elementary Secondary Education
Peer reviewedTouwen, Bert C. L. – Developmental Review, 1998
Examines the weak relationship between structural and functional brain development. Maintains that variability is the basic characteristic of normal development, and that involves the ability to construct pluriform strategies and to select the proper strategy in any particular situation. Argues that McGraw recognized intra- and inter-individual…
Descriptors: Brain, Child Development, Children, Developmental Psychology
Peer reviewedZera, David Aloyzy – Journal of Learning Disabilities, 2001
The assessment profiles of 30 school-age children identified with either nonverbal or language-based learning disabilities were examined using a self-organizing systems paradigm. Results suggest that overflow into areas not typically associated with each disability subtype may occur. Concerns regarding ways of determining discrepancy for…
Descriptors: Brain Hemisphere Functions, Clinical Diagnosis, Disability Identification, Elementary Secondary Education
Peer reviewedGrandin, Temple; Shaw, Gordon L.; Peterson, Matthew – Arts Education Policy Review, 1998
Suggests that certain mathematics and science concepts known to be difficult to teach can be learned using spatial-temporal reasoning methods and that music instruction can enhance the "hardware" in the brain for spatial-temporal reasoning. Discusses spatial-temporal and language-analytic reasoning, the Trion model of higher brain function, and…
Descriptors: Brain, Educational Research, Higher Education, Mathematics
Caine, Geoffrey; Caine, Renate Nummela – Zip Lines: The Voice for Adventure Education, 1997
Describes the process of active learning--consolidation and internalization of information that is personally meaningful and conceptually coherent. Discusses downshifting (a self-protective response that includes reversion to routine behaviors) and the educational practices and conditions that lead to it or reduce it. Describes 12 principles of…
Descriptors: Active Learning, Brain, Cognitive Processes, Critical Thinking


